NK5EPC17GYY

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NK5EPC17GYY is a type of high-performance edge retentive curtain image processor which is designed for different kinds of visual systems. It has been widely used in different fields due to its favorable traits, including higher image quality, better reliability, and relatively low costs. This article is an overview of the application field and working principle of the NK5EPC17GYY image processor.

The NK5EPC17GYY image processor can be widely used in various machine vision systems. For instance, in intelligent transportation systems, it can be used to capture the images of vehicles passing through an intersection and obtain their speed to adjust the traffic light accordingly. In automated retail systems, it can be employed to detect items and capture the images of those items. Moreover, it can also be used in medical inspection systems, security systems, retail surveillance and many other areas.

In terms of the working principle of NK5EPC17GYY processor, the general structure of the device consists of two main parts, the image acquisition module and the edge extraction module. The image acquisition module is mainly responsible for acquiring images from the connected cameras, such as camera- 1,2,3, in order to obtain the best image quality for further processing. This module is also responsible for providing an appropriate time delay to match the frames. Additionally, the image acquisition module can carry out the necessary image functions, such as gamma correction and color transformation. After the image is acquired and corrected, it is then sent to the edge extraction module where the processor can detect edges, calculate the curvature of the edges, and determine the gradient angles.

The edge extraction module is highly responsible for the performance of the processor. Inside the edge extraction module, the processor uses a cascaded neuro-cellular network structure, which consists of a set of neurons and connections with adjacent neurons. By simulating the neuron network, the processor can recognize various edges. Besides, the presence of several tuning knobs also allows the processor to accurately capture very thin edges. The edges which have been detected and extracted are then sent to the processor for further processing.

Furthermore, the NK5EPC17GYY processor has other desirable features such as low power consumption and high processing speed. It can process approximately 8 million pixels per second, which further explains its wide application in different visual systems. Overall, NK5EPC17GYY is an excellent image processor that offers high performance at a relatively low cost.

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